Snapdragon X2 Elite Extreme vs M4 Pro vs AMD Ryzen 9 9950X vs M3 Pro vs Snapdragon X Elite Max+ 395 vs Intel Core Ultra 358H Review

The laptop and desktop CPU landscape in 2025 is genuinely the most competitive it's been in a decade. Apple, Qualcomm, AMD, and Intel are all swinging hard — and for buyers trying to figure out which platform deserves their money, the noise can be overwhelming. This comparison cuts through it.

We're looking at six chips across different use cases: the Qualcomm Snapdragon X2 Elite Extreme (X2-94) and Snapdragon X Elite Max+ 395 (ARM-based laptop chips), Apple M4 Pro and M3 Pro (Apple Silicon), AMD Ryzen 9 9950X (desktop), and Intel Core Ultra 9 358H (laptop). Different categories, but buyers constantly ask: where does my money go furthest?

The Benchmark That Actually Matters

Before diving into individual chips, there's one data point that frames this entire comparison. A SPECInt2017 single-core measurement — one of the most respected CPU benchmarks — was taken on the ASUS Zenbook A16 running the X2-94 in a WSL2 environment. The results, shared by hardware analyst David Huang:

Chip	SPECInt2017 (P-core)	Category	Est. Price Context
Apple M4 Pro	13.7	Laptop/Mobile	Premium MacBook
Snapdragon X2-94 (Elite Extreme)	13.0	Laptop/Mobile	Windows ARM Laptop
AMD Ryzen 9 9950X	12.6	Desktop	$519
Apple M3 Pro	11.8	Laptop/Mobile	MacBook Pro (Renewed)
Snapdragon X Elite Max+ 395	10.6	Laptop/Mobile	Windows ARM Laptop
Intel Core Ultra 9 358H	10.0	Laptop	~$726 (platform cost)

These numbers tell a clear story: Apple's M4 Pro leads, but Qualcomm's new X2-94 is remarkably close. The 9950X desktop chip punches hard for the money. Intel's 358H trails the pack noticeably.

Apple M4 Pro — Still the Single-Core King

Strengths

A SPECInt2017 score of 13.7 makes the M4 Pro the fastest single-core performer in this comparison, and it's not running at eye-watering power limits to get there. Apple Silicon's unified memory architecture means the CPU, GPU, and Neural Engine share a high-bandwidth memory pool — something x86 and even ARM competitors can't replicate cleanly. For creative professionals doing video editing, ML inference, or software development, this chip is the complete package.

One Reddit commenter summed up the broader Apple Silicon story well: "The fact that we have passively cooled low wattage mobile CPUs not only playing relatively recent video games but doing it via emulation in many cases is just something else." That efficiency advantage is real.

Weaknesses

The M4 Pro lives in a closed ecosystem. You're buying a MacBook, not just a chip — and that means macOS, limited display output flexibility (multiple-monitor setups remain a frustration for some users), and premium pricing with no upgrade path. It's not the chip for Windows users or anyone who needs to run certain Windows-only software natively.

Qualcomm Snapdragon X2 Elite Extreme (X2-94) — The Challenger

Strengths

With a SPECInt2017 score of 13.0, the X2-94 is sitting just 5% behind the M4 Pro in per-core performance — which is legitimately impressive for a Windows ARM chip. Qualcomm has closed the gap considerably since the original X Elite, and the fact that this is running through WSL2 (not natively) suggests the ceiling may be even higher in ideal conditions.

If you want near-Apple-Silicon performance in a Windows laptop with better software compatibility than previous ARM Windows attempts, the X2-94 devices are the first real answer.

Weaknesses

ARM on Windows still has rough edges. Not all software runs natively, and the WSL2 testing environment used for these benchmarks adds a layer of abstraction that makes real-world Windows performance comparisons messier. The X Elite Max+ 395 — Qualcomm's previous-gen chip — scores only 10.6, showing how much headroom even within the Snapdragon family has changed. Buyers need to verify that their specific software workloads work well on ARM Windows before committing.

AMD Ryzen 9 9950X — The Desktop Value Play

Strengths

At $519, the 9950X scores 12.6 in SPECInt2017 — beating the M3 Pro and both previous Snapdragon chips, and coming within striking distance of the M4 Pro and X2-94. As a desktop chip, it pairs with discrete GPUs, supports massive RAM configurations, and runs the full x86 software stack without compromise. For a power user building a workstation, this is exceptional value per dollar of CPU performance.

The 9950X also benefits from AMD's mature AM5 platform — good motherboard options across price ranges, and a roadmap that suggests socket longevity.

Weaknesses

It's a desktop chip. Laptop buyers can stop reading here. It also draws significantly more power than any of the mobile chips in this comparison, requires proper cooling, and doesn't deliver the battery-life-per-watt story that ARM Silicon has made its identity. Total system cost — motherboard, RAM, cooler, case — pushes the real spend well past the $519 chip price.

Apple M3 Pro — Last Year's Hero

Strengths

An 11.8 SPECInt2017 score is still very good. The M3 Pro in a renewed MacBook Pro is available at meaningfully lower prices than the M4 Pro, and for most users — writing, browsing, light development, video calls — the real-world difference between 11.8 and 13.7 is imperceptible. The efficiency and macOS integration benefits of Apple Silicon remain fully intact.

Weaknesses

It's been lapped. The M4 Pro is 16% faster in single-core, and for workloads that saturate the CPU, that margin grows. Renewed units carry condition risk. And if you're buying new, paying M3 Pro prices when M4 Pro is available doesn't make financial sense unless the deal is substantially discounted.

Snapdragon X Elite Max+ 395 — The Previous Generation

A score of 10.6 tells the story here. The Max+ 395 was competitive when it launched, but the X2-94 has leapfrogged it by a significant 23% in single-core performance. Devices built around the 395 will still handle everyday tasks fine, but anyone paying a premium for Qualcomm's ARM-on-Windows promise should ensure they're getting X2-series hardware, not last-gen stock being cleared out.

Intel Core Ultra 9 358H — The Odd One Out

Strengths

Intel's 358H appears in laptops from established OEMs with excellent build quality, wide software compatibility, and Thunderbolt support. The x86 ecosystem remains the path of least resistance for enterprise and legacy software environments.

Weaknesses

A SPECInt2017 score of 10.0 puts the 358H at the bottom of this comparison — behind everything else by a meaningful margin, including the older Snapdragon 395 and M3 Pro. At a platform cost context of around $726, that's hard to justify on performance grounds alone. Intel's Lunar Lake generation has thrown significant die area at NPU silicon (one Reddit commenter noted the NPU block in Lunar Lake is as large as four P-cores combined) — which is great for AI marketing, but questionable as a trade-off when the raw CPU performance lags this far behind.

The Verdict: Who Should Buy What

Buy the M4 Pro if you're in the Apple ecosystem, work in creative or development workflows, and want the best-in-class efficiency-plus-performance combination available. This is the outright winner of the comparison — for MacOS users.

Buy the Snapdragon X2-94 laptop if you need Windows, want ARM efficiency, and are running modern software that works on ARM. The performance gap versus the M4 Pro is smaller than it's ever been. This is the most exciting Windows laptop chip in years.

Buy the Ryzen 9 9950X if you're building a desktop workstation and want the best x86 multi-core throughput at a reasonable price. Paired with a discrete GPU, nothing in this list touches its total compute flexibility.

Consider the M3 Pro only if you find a heavily discounted renewed unit and are a light-to-moderate macOS user. Otherwise, stretch to M4 Pro.

Skip the Snapdragon 395 unless the laptop around it is priced to reflect its now-second-tier status against the X2-94.

Approach the Intel 358H with caution on performance grounds. It belongs in conversations about software compatibility and enterprise IT, not raw computing value.

Frequently Asked Questions

Q: How does the Snapdragon X2 Elite Extreme compare to the Apple M4 Pro in benchmarks?

A: In SPECInt2017 single-core testing, the M4 Pro scores 13.7 versus the X2-94's 13.0 — about a 5% lead for Apple. This is the closest any Windows ARM chip has come to Apple Silicon in CPU performance.

Q: Is the AMD Ryzen 9 9950X worth $519 compared to these laptop chips?

A: For a desktop workstation, yes. At $519 it scores 12.6 in SPECInt2017, beating both the M3 Pro and all previous Qualcomm Snapdragon variants. Factor in total platform cost (motherboard, RAM, cooler) before comparing it to all-in-one laptop pricing.

Q: Is the Intel Core Ultra 9 358H competitive in 2025?

A: On raw CPU performance, no — it scores the lowest in this comparison at 10.0 SPECInt2017. It may still be relevant in enterprise contexts where x86 compatibility and Thunderbolt support take priority over benchmark leadership.

Q: Should I buy a Snapdragon X Elite Max+ 395 laptop over an X2-94?

A: Only if the price difference is significant. The X2-94 is roughly 23% faster in single-core SPECInt2017, representing a genuine generational leap within the Snapdragon family.

Q: Is the M3 Pro MacBook still worth buying in 2025?

A: For light users who find a discounted renewed unit, yes — it's still capable hardware. But for anyone doing CPU-intensive work or buying new, the M4 Pro's 16% single-core advantage makes it the smarter investment.

— Tech Lead Editor 2, CPrice